Explore structured finite-element methodologies for analyzing transformer behavior under harmonic and transient conditions — covering modelling, solver configuration, and result validation techniques.

What Attendees will Learn

1. How FEM enables pre-fabrication performance evaluation — Assess magnetic field distribution, current behavior, and turns-ratio accuracy through simulation rather than physical testing.
2. How harmonic analysis uncovers saturation and imbalance — Identify high-flux regions and current asymmetries that analytical methods may not capture.
3. How transient simulations characterize dynamic response — Examine time-domain current waveforms, inrush behavior, and multi-cycle stabilization.
4. How modelling choices affect simulation fidelity — Understand the impact of coil definitions, winding configurations, solver type, and material models on accuracy.

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